PMI-SP (Scheduling Professional) Practice Exam
Cover all five PMI-SP domains — schedule strategy, planning and development, monitoring and controlling, closeout, and stakeholder communications — with scenario-based questions, instant feedback in Learn mode, and a full timed simulation in Exam mode. Start with a 24-hour free trial.
Start 24-hour free trial →PMI-SP exam at a glance
- Vendor
- Project Management Institute (PMI)
- Exam name
- PMI Scheduling Professional (PMI-SP)®
- Blueprint
- PMI-SP Examination Content Outline, supported by the Practice Standard for Scheduling and the PMBOK® Guide; verify edition before publish
- Format
- 170 multiple-choice questions (150 scored, 20 unscored pretest), knowledge- and scenario-based
- Duration
- 210 minutes (3.5 hours)
- Delivery
- Pearson VUE test center or online proctored
- Passing standard
- PMI does not publish a fixed passing score; results are scaled by psychometric analysis and reported as pass or fail
- Prerequisites
- One of: secondary diploma + 40 months of scheduling experience + 40 contact hours; OR a four-year degree + 24 months of scheduling experience + 30 contact hours; OR a GAC-accredited degree + 12 months of scheduling experience + 30 contact hours. Experience must fall within the last five consecutive years.
- Validity
- 3 years; renew with 30 PDUs
Source: PMI — PMI-SP Certification Handbook & Exam Content Outline. Verify current details with PMI before applying.
About the PMI-SP (Scheduling Professional) certification
The PMI-SP is PMI’s specialist credential for project schedulers — the people who build, analyze, and maintain the schedule model that the rest of a project runs on. Where the PMP treats scheduling as one knowledge area among many, the PMI-SP goes deep: critical path and critical chain, resource leveling, schedule compression, float analysis, baselines and variance, and schedule forensics. It is a technical, math-aware exam aimed at professionals who are, or want to be, the recognized scheduling expert on complex projects. For foundational reading on the delivery discipline scheduling supports, see the Program & Project Management Fundamentals guide.
PowerKram’s PMI-SP practice exam mirrors the scenario-and-calculation style of the real test and maps every question to one of the five domains, so your score report tells you exactly which area — strategy, development, control, closeout, or communications — to strengthen.
PMI-SP exam domains and weights
The PMI-SP exam splits questions across five domains. Two of them — Schedule Planning and Development (31%) and Schedule Monitoring and Controlling (35%) — together make up two-thirds of the exam, reflecting that building a sound schedule and then keeping it accurate are the scheduler’s core daily work.
Establishing the schedule approach, configuration-management policies, scheduling methodology and tool selection, performance thresholds, and the schedule management plan.
Building the WBS, defining and sequencing activities, estimating durations, identifying critical and near-critical paths, allocating resources, and setting the performance measurement baseline.
The largest domain: maintaining the baseline, measuring progress and variance, forecasting, earned-value analysis, and applying corrective actions to keep the project on track.
Finalizing and archiving schedule records, capturing lessons learned, schedule forensics, and transitioning the schedule to operations at project close.
Communicating schedule information — reports, reviews, and visualizations — and aligning timelines and expectations with stakeholders and senior leadership.
Question counts are approximate, based on the 150 scored questions and the official domain percentages. Source: PMI-SP Examination Content Outline.
Who the PMI-SP is for
The PMI-SP is a specialist credential, and its eligibility reflects dedicated scheduling experience rather than general project management. Every path requires scheduling-specific experience and scheduling-specific education — PMI even accepts Microsoft Project and other scheduling-tool training toward the contact-hour requirement.
- Project schedulers and planners formalizing deep expertise in building and maintaining schedule models.
- Planning and controls engineers in construction, engineering, energy, and defense, where schedule rigor is contractually critical.
- Project managers who own the schedule and want a credential that proves technical scheduling depth beyond the PMP.
- PMO and controls staff responsible for baselines, variance analysis, and earned-value reporting across a portfolio.
If you want the broad project-management foundation first, the PMP pairs naturally with the PMI-SP, and PMP education hours can help toward the scheduling contact-hour requirement. For role-by-role salary ranges and the planning and controls career paths the PMI-SP supports, see the Career Hub — Product Manager role guide.
What this PMI-SP practice exam delivers
Learn mode
Get the correct answer, the explanation, and why the other choices were wrong — immediately after each question. Ideal for the calculation-heavy critical-path, float, and earned-value items.
Exam mode
170 questions on the real 210-minute timer — build the pacing 3.5 hours of dense scheduling questions demand, including the math-based ones.
Source-linked explanations
Every answer cites the PMI source it derives from (the Practice Standard for Scheduling, the Exam Content Outline, or the PMBOK® Guide) so you can verify and dig deeper.
Score by PMI-SP domain
Your results break down across all five domains — with the heavy Planning (31%) and Monitoring (35%) domains weighted as on the real exam — so practice shows exactly where to focus.
Sample PMI-SP practice questions
Ten free questions across the five domains, with full explanations. The complete bank is available with the 24-hour trial.
A scheduler needs to identify the longest path through the schedule network, which determines the project’s shortest possible duration. Which technique does this?
- Critical Path Method (CPM)
- Resource leveling
- Monte Carlo simulation
- A resource histogram
Show answer & explanation
Correct: A — Critical Path Method. CPM calculates the longest path of dependent activities through the network; that path sets the project’s shortest possible duration and identifies the activities with zero float.
Why not the others: resource leveling (B) adjusts assignments to resolve over-allocation, not path length; Monte Carlo (C) models schedule risk/uncertainty, not the deterministic longest path; a resource histogram (D) displays resource demand over time.
Source: PMI-SP Exam Content Outline — Schedule Planning and Development → Further reading: PowerKram — Critical Path & Network Analysis →A resource is assigned to more work than they can perform in a given period, creating an over-allocation. Which technique resolves this?
- Resource leveling
- Fast tracking
- Scope reduction
- Updating the risk register
Show answer & explanation
Correct: A — Resource leveling. Resource leveling adjusts start/finish dates so demand for a resource never exceeds its availability; it resolves over-allocation, though it can extend the schedule.
Why not the others: fast tracking (B) overlaps activities to compress time, not to fix over-allocation; scope reduction (C) changes what is delivered; the risk register (D) records risks and does nothing to resource demand.
Source: PMI-SP Exam Content Outline — Schedule Planning and Development → Further reading: PowerKram — Resource Optimization →A stakeholder asks what “total float” means for an activity. What is the correct definition?
- The amount of time an activity can be delayed without delaying the project finish date
- The total planned duration of the project
- A reserve of budget held for contingencies
- The availability of a given resource
Show answer & explanation
Correct: A — Slack without delaying project finish. Total float is the amount of time an activity can slip from its early start without pushing out the project’s completion date; activities on the critical path have zero total float.
Why not the others: total project duration (B) is not float; a budget reserve (C) is a cost concept, not a schedule one; resource availability (D) is unrelated to float.
Source: PMI-SP Exam Content Outline — Schedule Monitoring and Controlling → Further reading: PowerKram — Float & Schedule Flexibility →A manager must shorten the project duration without reducing scope, and is willing to add cost. Which schedule-compression technique fits?
- Crashing
- Scope reduction
- Risk avoidance
- Delaying procurement
Show answer & explanation
Correct: A — Crashing. Crashing shortens the schedule by adding resources to critical-path activities, accepting higher cost for reduced duration without changing scope. (Fast tracking is the other compression method, overlapping activities instead of adding cost.)
Why not the others: scope reduction (B) changes the deliverables; risk avoidance (C) is a risk-response strategy; delaying procurement (D) would lengthen, not shorten, the schedule.
Source: PMI-SP Exam Content Outline — Schedule Monitoring and Controlling →A scheduler needs a diagram that shows activities and their logical dependencies. Which one does this best?
- A schedule network diagram (precedence diagram)
- A simple bar chart
- A RACI matrix
- A process flowchart
Show answer & explanation
Correct: A — Schedule network diagram. A precedence/network diagram shows activities as nodes and their logical dependencies as links, making the sequence and the critical path visible — the foundation for CPM analysis.
Why not the others: a bar chart (B) shows timing but not the dependency logic clearly; a RACI matrix (C) maps responsibilities; a process flowchart (D) depicts a process, not the project schedule’s activity dependencies.
Source: PMI-SP Exam Content Outline — Schedule Planning and Development →A team is using rolling wave planning on a long program. What does this approach mean?
- Planning near-term work in detail and later work at a higher level, refining it as the work approaches
- Planning every task in full detail before any work begins
- Avoiding detailed planning altogether
- Handing all planning over to stakeholders
Show answer & explanation
Correct: A — Detail near-term, high-level later. Rolling wave planning is progressive elaboration: imminent work is planned in detail while distant work is held at a higher level and elaborated as it nears, balancing detail with flexibility.
Why not the others: full up-front detail (B) is the opposite approach and brittle on long programs; avoiding planning (C) is not a method; handing planning to stakeholders (D) misstates who owns the schedule.
Source: PMI-SP Exam Content Outline — Schedule Strategy → Further reading: PowerKram — Progressive Elaboration →A manager wants a visual way to communicate task timing and progress against the schedule to stakeholders. Which tool fits best?
- A Gantt (bar) chart
- A risk probability-and-impact matrix
- A contract matrix
- A resource histogram
Show answer & explanation
Correct: A — Gantt chart. A Gantt chart displays activities against a timeline with progress bars, making it the standard, accessible way to communicate timing and status to stakeholders.
Why not the others: a risk matrix (B) communicates risk, not schedule timing; a contract matrix (C) tracks agreements; a resource histogram (D) shows resource demand, not task progress over time.
Source: PMI-SP Exam Content Outline — Stakeholder Communications Management →A project is reported behind schedule. What is the scheduler’s appropriate first step to plan recovery?
- Analyze schedule variance against the baseline to find the cause and the affected critical path
- Immediately increase the budget
- Reassign every task to different resources
- Ignore the delays and continue as planned
Show answer & explanation
Correct: A — Analyze schedule variance first. Before choosing a recovery action (crashing, fast tracking, re-sequencing), the scheduler measures variance against the baseline to understand the cause and which critical-path activities are driving the slip. Diagnosis precedes the cure.
Why not the others: raising the budget (B) is premature without knowing the cause; reassigning everything (C) is disruptive and unfocused; ignoring delays (D) guarantees the slip grows.
Source: PMI-SP Exam Content Outline — Schedule Monitoring and Controlling → Further reading: PowerKram — Schedule Variance & Recovery →A scheduler uses leads and lags between dependent activities. What does a lag represent?
- A required delay between a predecessor and its successor
- An overlap that lets the successor start before the predecessor finishes
- A shortage of available resources
- A cost contingency buffer
Show answer & explanation
Correct: A — A required delay between dependent activities. A lag inserts waiting time between a predecessor and successor (e.g., concrete must cure before building on it). A lead is the opposite — an overlap that lets the successor start early.
Why not the others: overlap (B) describes a lead, not a lag; a resource shortage (C) and a cost buffer (D) are unrelated to dependency timing.
Source: PMI-SP Exam Content Outline — Schedule Planning and Development →A scheduler wants to forecast the project’s likely final cost based on performance to date. Which earned-value metric provides this forecast?
- Estimate at Completion (EAC)
- Actual Cost (AC)
- Planned Value (PV)
- A resource histogram
Show answer & explanation
Correct: A — Estimate at Completion (EAC). EAC forecasts the total expected cost of the project given performance so far (commonly EAC = BAC ÷ CPI). It is the forward-looking forecast metric in earned-value analysis.
Why not the others: Actual Cost (B) reports money already spent, not a forecast; Planned Value (C) is the budgeted value of planned work; a resource histogram (D) shows resource demand, not cost forecasting.
Source: PMI-SP Exam Content Outline — Schedule Monitoring and Controlling →Keep going: Learning & Career resources
A scheduling credential earns its return when paired with the broader delivery fundamentals and a clear sense of the planning and controls roles it opens up. Two PowerKram hubs back this exam up.
Deep dive: PMI-SP exam structure, eligibility, study path & recertification
Exam structure and how it’s scored
The PMI-SP exam delivers 170 multiple-choice questions in 210 minutes (3.5 hours). Of those, 150 are scored and 20 are unscored pretest items mixed in randomly, so treat every question with equal effort. Questions are both knowledge-based and scenario-based, and a meaningful share are calculation questions — critical path, float, schedule variance, and earned-value math. PMI does not publish a fixed passing percentage; the result is a scaled score reported as pass or fail, with a performance report by domain. Read the scheduling fundamentals guide →
Eligibility paths
The PMI-SP has three eligibility paths, all requiring scheduling-specific experience within the last five consecutive years plus scheduling-specific education. With a secondary diploma you need 40 months of scheduling experience and 40 contact hours; with a four-year degree, 24 months and 30 contact hours; with a GAC-accredited degree, 12 months and 30 contact hours. PMI accepts training in Microsoft Project and other scheduling tools toward the contact-hour requirement. Read the scheduling-career guide →
Realistic study path
The core references are PMI’s Practice Standard for Scheduling and the PMBOK® Guide. Because Planning and Development (31%) and Monitoring and Controlling (35%) together are two-thirds of the exam, weight your study there — and drill the math until critical path, float, crashing trade-offs, and earned-value formulas are automatic. Hands-on familiarity with a scheduling tool such as Primavera P6 or MS Project reinforces the concepts. PowerKram’s domain-level scoring surfaces your weakest domain early. Read the scheduling study guide →
Cost, scheduling, and retake policy
The PMI-SP exam fee is reduced for PMI members, and membership includes access to the Practice Standard for Scheduling and the PMBOK® Guide. The exam is delivered at Pearson VUE centers or online with a proctor. You may attempt the exam up to three times within your one-year eligibility period. Verify current fees and policies on PMI’s site before applying. PMI’s official PMI-SP page →
Recertification (PDUs)
The PMI-SP is valid for three years. To renew, you earn 30 Professional Development Units (PDUs) within the Continuing Certification Requirements (CCR) cycle — the same lighter requirement as PMI’s other specialist credentials, and half the PMP’s 60. Scheduling work, courses, webinars, and tool training all count. PMI’s CCR Handbook is the authoritative reference. Read the PDU and recertification guide →
Career outlook for PMI-SP holders
Missed deadlines are one of the most common reasons projects fail, which makes credible scheduling expertise valuable — especially in construction, engineering, energy, and defense, where contractual schedules and earned-value reporting are non-negotiable. The PMI-SP signals depth that a generalist credential does not, helping practitioners stand out for project scheduler, planning engineer, and project controls roles. For salary ranges and role-specific paths, see the Career Hub. Career Hub — Product Manager role →
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